JP3157623U - Container for storing remains of small animals such as pets - Google Patents

Abstract

An object of the present invention is to provide a container for storing a remains of small animals such as pets, which is lightweight, inexpensive, excellent in design, and excellent in soil degradability. A hexagonal columnar paper container 1001 formed by bending a sheet of paper, a hexagonal columnar insert inserted into the container, and a hexagonal columnar container lid coupled to the container body via the inlay. Constitute. The side of the container body is a two-layer structure by folding, the container bottom is a two-layer structure combining a hexagonal bottom plate and a triangular bottom plate, the side of the container lid is a two-layer structure by folding, and the ceiling panel is a single layer structure . The container main body and the container lid are coupled to each other through a hexagonal column paper spigot. The inlay is partly a two-layer structure. [Selection] Figure 1

Description

The present invention relates to a paper-made container for storing remains, which stores the remains and ashes of small animals such as pets.

Conventionally, in the container for storing remains of ashes and ashes of small animals such as pets that have been used, the urn is made of ceramic or ceramic. Therefore, if buried as it is, the remains and ashes are not decomposed in the soil, leading to environmental pollution, and also hindering the remains and ashes from returning to the soil.

In the present invention, the urn is made of three sheets of paper, and is a container for ashes containing hexagonal columnar paper (cardboard) made of three members: a container body, a container lid, and an inlay. Since the remains storage container of the present invention is assembled, it is not bulky and can be easily transported, and the storage space can be reduced. Since it is made of paper, there is little risk of damage.

Conventionally used containers for storing remains and ashes of small animals such as pets are not decomposed in the soil because the remains are made of ceramic or ceramic. Burying in the soil in an urn has also hindered returning to the soil, leading to environmental pollution.
In order to prevent this problem, it is necessary to remove the remains from the urn during the burial and bury it. In addition, ceramic or ceramic urns are waste and need to be treated separately.

As a method for achieving the above problem, first, in the first device, a paper hexagonal columnar paper container, and a paper hexagonal column connected to the container body through a hexagonal columnar paper insert inserted therein An object of the present invention is to provide a container for storing a remains of small animals such as pets, characterized by comprising three members of a columnar container lid.
Further, in the second device, the side surface of the container body is a double-sided structure of the outer side plate and the upper inner side plate and the outer side plate and the lower inner side plate by folding, and the container bottom is the upper inner side plate and the lower inner side plate. It is a partial two-layer structure that combines the hexagonal upper base plate and five triangular lower base plates located between the plates, and the inlay has a single-layer structure where the portion that mates with the container lid is a two-layer structure The container lid has a two-layer structure by folding back, and the ceiling plate of the container lid provides a container for storing a remains of small animals such as pets having a layered structure.
In the third device, the hexagonal columnar paper container main body, the hexagonal columnar paper spigot, and the paper hexagonal columnar container lid are each formed from a single piece of paper taken from one piece of paper. The present invention provides a container for storing remains of small animals such as pets.

As described above, according to the present invention, 1. The main part has a double structure, and since there are no gaps in the corners, remains and ashes are not leaked. 2. Unlike conventional ceramic urns, it is made of paper, so it can be buried in the soil without leaving ashes, and can be decomposed by bacteria in the soil such as soil fungi. 3. When the urn breaks down, the remains that touch the soil will eventually be broken down again and returned to the soil, leaving no substances that pollute the environment. 4). Because the material is cardboard, it can be incinerated and recycled. Disposal is easy. 5). Since it is an assembly type, it requires less inventory space. In addition, it is easy to transport and there is little risk of damage during storage and transportation. 6). Since there is only one glue part, it is possible to go to the customer and assemble easily. 7). The container body and the container lid are hermetically sealed via an inlay, but in that state, a gap of about 5 mm is provided between the lower end of the container lid and the upper end of the container body, did. Therefore, even if it is left in the room, it can be displayed without discomfort. 8). The bag for containing this container can be used for a commercially available antique.
It is possible to exert excellent effects such as.

FIG. 1 is a development view of the container body of the present invention. FIG. 2 is a bottom view as seen from below after assembling the container body of the present invention. FIG. 3 is a development view of the container lid of the present invention. FIG. 4 is a developed view of the spigot of the present invention. FIG. 5 is a view after the assembly of the present invention.

In order to carry out the present invention, a sheet for forming the three members of the container body, the container lid, and the inlay is cut out from the corrugated cardboard into a predetermined shape, formed by bending and pasting. Usually, it is convenient to store it in the shape after cutting out and assemble it just before accommodating the remains and ashes. There is only one glue point on the container body, and it can be assembled in a short time and extremely easily.

In carrying out the present invention, three sizes of S, M, and L were basically used. Although the dimensions after assembly are shown in Table 1, of course, it is not limited to this size. The main subjects are S for puppies and kittens, M cats and small dogs, and L for dogs. The approximate height is 150 to 220 mm, and the distance between the opposite sides of the hexagonal column is also about 150 to 220 mm. In addition, although the position of the bottom of the container main body of the present invention is not the lowest part of the container but slightly above (about 2 cm) (the raised bottom), this is to ensure strength, This is a device made to ensure the ease of holding. Hereinafter, the present invention will be described in detail by way of examples, but the contents of the description are common to the three types of S, M, and L.

FIG. 1 shows the shape (development view) of a post-cut sheet 1001 for forming a container body. This figure is a case when viewed from the surface side (coloring side when coloring one side). This figure shows S, but M and L are also almost similar. As the paper, paper of about 1 to 3 mm (corrugated cardboard) is used. The container body is made from a single sheet of paper. The coloring (including the pattern) is preferably a calm and light color tone such as beige, mauve or light blue.
1-6 in the figure are the 1st outer side surface plate 1-the 6th outer side surface plate 6 of the part used as the outer side of a hexagonal column. The size is about 120 mm × 185 mm for L, about 107 mm × 150 mm for M, and about 90 mm × 125 mm for S.

Reference numerals 11 to 16 denote first upper inner side surface plates 11 to sixth upper inner side surface plates 16 which are the upper inner side portions. 21-26 are the 1st lower inner side plate 21-the 6th lower inner side plate 26 provided in order to raise a bottom. These are all rectangular, but the first upper inner side surface plate 11 to the sixth upper inner side surface plate 16 are provided with a step in the cutting line as will be described later.

Reference numeral 51 denotes an upper bottom plate 51 which becomes an upper (inner side after molding) bottom plate after assembly, and is a regular hexagon. Reference numerals 31 to 33, 35, and 36 also denote the first lower bottom plate 31 to the third lower bottom plate 33, the fifth lower bottom plate 35, and the sixth lower bottom plate 36, which are the bottoms. These are equilateral triangles, which become the lower (outer) bottom plate after assembly. Reference numeral 7 denotes a margin piece 7 for making a hexagonal column. In the present invention, the margin is only this one part of the container body.

Reference numerals 41 to 46 denote first lower reinforcement pieces 41 to sixth lower reinforcement pieces 46 for sealing and reinforcing the strength of the boundary between the first upper inner side plate 11 to the sixth upper inner side plate 16 and the upper bottom plate 51. . 61-63, 65, 66 are the 1st outside side plate 1-the 3rd outside side plate 3, the 5th outside side plate 5, the lower part of the 6th outside side plate 6, and the 1st lower inside side plate 21-1st. The first sealing reinforcement piece 61 to the third sealing reinforcement that enter between one portion of the third lower inner side plate 23, the fifth lower inner side plate 25, and the sixth lower inner side plate 26 to perform sealing and strength reinforcement. A piece 63, a fifth sealing reinforcement piece 63, and a sixth sealing reinforcement piece 66.

71 to 76 are arranged to bend (stack) the first outer side surface plate 1 to the sixth outer side surface plate 6 and the first upper inner side surface plate 11 to the sixth upper inner side surface plate 16 with a space inside. The first upper folding margin 71 to the sixth upper folding margin 76. Reference numerals 81 to 86 denote first lower folding portions 81 for folding and arranging (stacking) the first outer side plate 1 to the sixth outer side plate 6 and the first lower inner side plate 21 to the first lower inner side plate 26. To a sixth lower folding margin 86. The first upper bend allowance 71 to the sixth upper bend allowance 76 and the first lower bend allowance 81 to the sixth lower bend allowance 86 are all trapezoidal, and the first upper bend (the height of the trapezoid) is. The margin 71 to the sixth upper folding margin 76 is about 6 mm, and the first lower folding margin 81 to the sixth lower folding margin 86 is about 4 mm. The thickness of the paper is about 1 mm, and a gap of 2 to 4 mm is formed between the inner and outer plates after bending.

911, 912, 941, 942, and 961 are a hole 911 for passing the first string, a hole 912 for passing the second string, a hole 941 for passing the third string, a hole 942 for passing the fourth string, and a hole for passing the fifth string 961. At the time of molding, the hole 911 for passing the first string, the hole 912 for passing the second string, and the hole 961 for passing the fifth string overlap. Moreover, the hole 941 for passing the third string and the hole 942 for passing the fourth string overlap. The hole 961 through which the fifth string passes passes between the hole 911 through which the first string passes and the hole 912 through which the second string passes. The hole diameter of the hole 911 for passing the first string, the hole 912 for passing the second string, the hole 941 for passing the third string, and the hole 942 for passing the fourth string is about 5 mm. The hole 961 through which the fifth string passes needs to overlap the hole (the string penetrates), and the diameter is about 10 mm.

Of the folding lines in the figure, the folding lines between the first upper inner side plate 11 to the sixth upper inner side plate 16 and the first lower reinforcing piece 41 to the sixth lower reinforcing piece 46, the first lower inner side plate 21. Third lower inner side plate 23, fifth lower inner side plate 25, sixth lower inner side plate 26, first lower bottom plate 31 to third lower bottom plate 33, fifth lower bottom plate 35, and sixth A fold line between the lower bottom plate 36, a fold line between the upper bottom plate 51 and the fourth lower inner side plate 24, and a fold between the upper bottom plate 51 and the first sealing reinforcing piece 61 to the third sealing reinforcing piece 63. The fold line between the line, the upper bottom plate 51 and the fifth sealing reinforcement piece 65, and the upper bottom plate 51 and the sixth sealing reinforcement piece 66 is a valley fold line. The other fold lines are all mountain fold lines. It should be noted that a line between the third sealing reinforcing piece 63 and the third lower bottom plate 33 and a line between the third sealing reinforcing piece 63 and the third lower inner side plate 23 are marked with (● in the figure). ) Is a cutting line. The line between the fifth sealing reinforcing piece 65 and the fifth lower bottom plate 35 and the line between the fifth sealing reinforcing piece 65 and the fifth lower inner side plate 25 (circled in the figure) are also cut. Is a line.

Lines between the first upper inner side plate 11, the fourth upper inner side plate 14, and the sixth upper inner side plate 16 and the first lower reinforcing piece 41, the fourth lower reinforcing piece 44, and the sixth lower reinforcing piece 46 The convex portion at the center is an internal cutting line provided for fixing the spigot after assembly, and the other portion is a valley fold line. In the first upper inner side plate 11 to the sixth upper inner side plate 16, the step on the first lower reinforcing piece 41 to the sixth lower reinforcing piece 46 side of the cutting line is for strengthening the engagement between adjacent faces during assembly. The height is about 2 mm.

Next, the assembly method will be described. The method described below is one method and, of course, is not limited to this. First, the first outer side plate 1 and the margin piece 7 are joined to form a hexagonal column. It is efficient to apply an adhesive to the margin piece 7 in advance, and to adhere after the seal is peeled off. Next, the fourth outer side plate 4 and the fourth lower folding plate 84, and the line between the fourth lower folding plate 84 and the fourth lower inner side plate 24 are folded in a mountain, the fourth lower inner side plate 24 and the upper bottom plate. 51, upper bottom plate 51 and first sealing reinforcement piece 61, upper bottom plate 51 and second sealing reinforcement piece 62, upper bottom plate 51 and third sealing reinforcement piece 63, upper bottom plate 51 and fifth sealing reinforcement piece 65, and upper bottom plate 51 And the sixth hermetic reinforcing piece 66 are folded in a valley to form the bottom of the hexagonal columnar container. Prior to this, the first lower inner side plate 21, the second lower inner side plate 22, the third lower inner side plate 23, the fifth lower inner side plate 25, and the sixth lower inner side plate 26 are previously set outward. If it bends so that it may become, it will be easy to insert the upper side baseplate 51 in a hexagonal column. The bending of the first lower inner side plate 21 and the like to the outside is performed between the first outer side plate 1 and the first lower inner side plate 21 or between the first lower inner side plate 21 and the first lower bottom plate. 31 or both. The same applies to the second lower inner side plate 22 and the like. These fold lines are originally mountain fold lines, and valley folds (light) are temporary.

Next, a valley fold is formed between the first upper inner side plate 11 and the first lower reinforcing piece 41, the first outer side plate 1 and the first upper folding margin 71, and the first upper folding margin 71 and the first upper inner portion. Between the side plates 11, the first upper inner side plate 11 is inserted into the hexagonal column to form the first upper inner side surface.

Thereafter, the second upper inner side plate 12 and the second lower reinforcing piece 42 are sequentially folded in a valley, the second outer side plate 2 and the second upper folding margin 72, and the second upper folding margin 72 and the second. The upper inner side plate 12 is folded in a mountain, and the second upper inner side plate 12 is inserted into the hexagonal column to form the second upper inner side surface. Complete the insertion. In the state in which all the upper inner side plates are bent, in the first upper inner side plate 11 to the sixth upper inner side plate 16, the steps on the first lower reinforcing piece 41 to the sixth lower reinforcing piece 46 side of the cutting line are Strengthen the meshing structure between adjacent surfaces.

Next, the first outer side surface plate 1 and the first lower folding edge 81, the first lower folding edge 81 and the first lower inner side surface plate 21 are folded in a mountain, and further, the first lower inner side surface plate 21 and the first lower side surface plate 21 The lower bottom plate 31 is folded in a valley so that the first lower bottom plate 31 overlaps the upper bottom plate 51.

Next, the second outer side face plate 2 and the second lower folding margin 82, the second lower folding margin 82 and the first lower inner side face plate 22 are folded in a mountain, and further, the second lower inner side face plate 22 and the first lower side folding face 82 are folded. The second bottom plate 32 is overlapped with the top bottom plate 51 by folding the space between the side bottom plates 32. Thereafter, similarly, the third lower bottom plate 33, the fifth lower bottom plate 35, and the sixth lower bottom plate 36 are sequentially stacked on the upper bottom plate 51 to complete a double bottom plate. Note that the cutting line of the first lower bottom plate 31 faces the cutting line of the second lower bottom plate 32 and the sixth lower bottom plate 36 without any gaps and without overlapping.
The cutting line on the second lower bottom plate 32 side of the third lower bottom plate 33 is opposed to the third lower bottom plate 33 side of the second lower bottom plate 32 without any gap or overlapping with the cutting line. Since the lengths of the cutting lines are different, a part of the cutting line on the third lower bottom plate 33 side of the second lower bottom plate 32 is in a free state. This is the same between the cutting line on the sixth lower bottom plate 36 side of the fifth lower bottom plate 35 and the cutting line on the fifth lower bottom plate 35 side of the sixth lower bottom plate 36.

As a result, the lower bottom surface after assembly has a shape as shown in FIG. In the drawing, the first bottom plate 31, the second bottom plate 32, the third bottom plate 33, the fifth bottom plate 35, and the sixth bottom plate 36 are doubled with the top plate 51. ing. Since these lower bottom plates are in close contact with each other, the container is highly rigid.
Only the upper bottom plate 51 includes the area of the first lower bottom plate 31 (the same applies to the second lower bottom plate 32 and the sixth lower bottom plate 36), the third sealing reinforcing piece 63, and the fifth sealing reinforcing piece 65. The total area is almost equal. This portion is connected to the fourth lower inner side plate 24, and only the upper bottom plate 51 has sufficient strength.

The second lower reinforcing piece 42 and the second upper inner side plate 12, the fourth lower reinforcing piece 44 and the fourth upper inner side plate 14, and the sixth lower reinforcing piece 46 and the second upper inner side plate 16 are provided. The convex portion at the center of the valley fold line is a cutting line, and after the valley fold, the second lower reinforcing piece 42, the fourth lower reinforcing piece 44, and the sixth lower reinforcing piece 46 are flush with each other. That is, it is in a state where it partially overlaps the upper bottom plate 51.

FIG. 3 shows the shape (development view) of the cut sheet 1002 for forming the container lid. This figure is the case where it sees from the surface side, and is the side to color in the case of coloring one side. In this figure, S is shown, but M and L are also almost similar. Use the same paper as the container body.

In the figure, 181 is a container lid upper plate, 101 to 106 are first outer side plates 101 to sixth outer side plates 106 of the container lid, and 111 to 116 are first inner side plates 111 to sixth inner side plates of the container lid. Reference numeral 116 denotes a first inner reinforcing piece 121 to a sixth inner reinforcing piece 126 for sealing and reinforcing the strength.

Reference numerals 131 to 136 denote a first folding margin 131 to a sixth folding margin 136 for folding the first outer side plate 101 to the sixth outer side plate 106 and the first inner side plate 111 to the sixth inner side plate 116, respectively. is there. First inner side plate tongue cover 141, third inner side plate tongue cover 143, fifth inner side plate tongue cover 145, first inner side plate tongue cover 151, third inner side plate tongue cover 153 The fifth inner side plate tongue piece 155 is an inner side plate tongue piece for assembling into a hexagonal column, and has a notch for connecting adjacent inner side plate tongue pieces. First inner side plate insertion piece upper 161, third inner side plate insertion piece upper 163, fifth inner side plate insertion piece upper 165, first inner side surface plate insertion piece second 171, third inner side side plate insertion piece second 173, The fifth inner side surface plate insertion piece 175 is a sealing and strength reinforcing member.
The line between the first inner side plate insertion piece 161 and the second outer side plate 102, the line between the third inner side plate insertion piece 163 and the fourth outer side plate 104, the fifth inner side A line between the face plate insertion piece 165 and the sixth outer side plate 106, a line between the first inner side plate insertion piece 171 and the sixth outer side plate 106, and a third inner side plate insertion piece 173 A line between the second outer side surface plate 102 and a line between the fifth inner side surface plate insertion piece 175 and the fourth outer side surface plate 104 are cutting lines. (● is shown in the figure.)

The container lid upper plate 181 is a regular hexagon, the first outer side plate 101 to the first outer side plate 106, and the first inner side plate 111 to the sixth inner side plate 116 are rectangular, and the first inner reinforcing piece 121 to the sixth inner side. The reinforcing piece 126 and the first folding margin 131 to the sixth folding margin 136 are trapezoidal. The width of the first folding margin 131 to the sixth folding margin 136 (the portion corresponding to the trapezoidal height) is the same as the first upper folding margin 71 to the sixth upper folding margin 76 of the container body, and is about 6 mm. First inner side plate tongue cover 141, third inner side plate tongue cover 143, fifth inner side plate tongue cover 145, first inner side plate tongue cover 151, third inner side plate tongue cover 153 As shown in the figure, the fifth inner side plate tongue piece 155 has a rectangular shape in which each of the instep is on the container lid upper plate 181 side and the end is cut off on the opposite side. First inner side plate insertion piece upper 161, third inner side plate insertion piece upper 163, fifth inner side plate insertion piece upper 165, first inner side surface plate insertion piece second 171, third inner side side plate insertion piece second 173, The fifth inner side plate insertion piece 175 is trapezoidal as shown.

The folding lines are the first inner side plate 111 and the first inner reinforcing piece 121, the second inner side plate 112 and the second inner reinforcing piece 122, the third inner side plate 113 and the third inner reinforcing piece 123, and the fourth inner side. The lines between the face plate 114 and the fourth inner reinforcing piece 124, the fifth inner side plate 115 and the fifth inner reinforcing piece 125, and the line between the sixth inner side plate 116 and the sixth inner reinforcing piece are valley fold lines, etc. Are both mountain fold lines.

Next, the assembly method will be described. The method described below is one method and, of course, is not limited to this. First, the paper container lid upper plate 181 and the first outer side plate 101 after cutting and sampling are folded in a mountain, and further, between the first outer side plate 101 and the first folding margin 131, and the first folding margin 131. And the first inner side plate 111 are folded in a mountain. Subsequently, the gap between the first inner side plate 111 and the first inner reinforcing piece 121 is folded. Further, the first inner side surface plate 111 and the first inner side surface plate tongue cover 141, and the first inner side surface plate 111 and the first inner side surface plate tongue piece 151 are folded in a mountain. Subsequently, the first outer side surface plate 101 and the first inner side surface plate insertion piece back 161 and the first outer side surface plate 101 and the first inner side surface plate insertion piece end 171 are folded in a mountain.
Similarly, the third outer side plate 103, the fifth outer side plate 105, and the like are also folded in a mountain or a valley. For example, a valley fold is formed between the third inner side plate 113 and the third inner reinforcing piece 123, a line between the third inner side plate insertion piece upper 163 and the third outer side plate 103, the third outer side plate 103, A line between the third inner side plate insertion piece B 173, a line between the fifth outer side plate 105 and the fifth inner side plate insertion piece A 165, and a fifth outer side plate 105 and the fifth inner side plate insertion piece Fold the line between B and 175 in a mountain.

Thereafter, the first inner side plate tongue cover 141, the third inner side plate tongue cover 153, the third inner side plate tongue cover 143, the fifth inner side plate tongue cover 155, and the fifth inner side plate tongue cover 155. 145 and the first inner side plate tongue piece 151 are inserted and connected at the respective cut portions. In this state, the container lid upper plate 181 and the first outer side plate 101, the first inner side plate 111, the first inner side plate tongue piece 141, the first inner side plate tongue piece 151, and the first inner side plate insertion The shell 161 and the first inner side surface plate insertion piece 171 are substantially orthogonal to each other, the container lid upper plate 181 and the first folding margin 131 are parallel, and the container lid upper plate 181 and the first inner reinforcement piece 121. Are overlapped. This positional relationship is the same between the third outer side plate 103, the fifth outer side plate 105, and the container lid upper plate 181.

Next, a mountain fold is formed between the container lid upper plate 181 and the second outer side plate 102, and further between the second outer side plate 102 and the second folding margin 132, and between the second folding margin 132 and the second inner side. Fold between the face plates 112. Subsequently, a valley is folded between the second inner side plate 112 and the second inner reinforcing piece 122, and the inner reinforcing piece 122 is overlapped with the upper plate 181. In this case, the first inner side plate insertion piece 161, the third inner side plate insertion piece 173, the first inner side plate tongue piece 141, and the second inner side plate tongue piece 153 are all 2 It does not enter between the outer side plate 102 and the second inner side plate 112. Similarly, the fourth outer side plate 104, the sixth outer side plate 106, and the like are bent to complete the container lid.
The surfaces appearing on the surface after completion are the container lid upper plate 181, the first outer side plate 101 to the sixth outer side plate 106, the first inner side plate 111 to the sixth inner side plate 116, and the first inner reinforcement. The pieces 121 to the sixth inner reinforcing piece 126, the first folding margin 131 to the sixth folding margin 136.

FIG. 4 shows the shape (development view) of the cut sheet 1003 for forming an insert for inserting into the container body and fitting the container lid. This figure is a view from the front side. Coloring is not usually performed. In this figure, S is shown, but M and L are also almost similar. Use 1 to 3 mm corrugated cardboard.
Reference numerals 201 to 206 denote first outer surface side measurement plates 201 to sixth outer surface side measurement plates 206, which are inserted so as to face the first inner surface side surface plate 11 to the sixth inner surface side surface plate 16 of the container body. Of course, the first outer surface side measuring plate 201 and the first inner surface side surface plate 11 do not face each other one to one. Reference numerals 211 to 216 denote a first inner surface side surface measuring plate 211 to a sixth inner surface side surface measuring plate 216, which are portions that fit into the container lid. Reference numeral 207 denotes a reinforcing piece 207 of a sealing and strength reinforcing member, not a glue piece.

The first folding margin 221 to the sixth folding margin 226 are folding margins for folding and overlapping the first outer side plate 201 to the sixth outer side plate 206 and the first inner side plate 211 to the sixth inner side plate 216. . The first outer side plate 201 to the sixth outer side plate 206, the first inner side plate 211 to the sixth inner side plate 216, and the first folding margin 221 to the sixth folding margin 226 are all rectangular. These fold lines are all mountain fold lines.

The second strength complementary piece 232 and the second outer side plate 202, the fourth strength complementary piece 234 and the fourth outer side plate 204, and the sixth strength complementary piece 236 and the sixth outer side plate 206 are valley-folded. In the center of the folding line, a convex internal cutting line is provided. In this portion, the second upper inner side plate 12 and the second lower reinforcing piece 42, the fourth upper inner side plate 14 and the fourth lower reinforcing piece 44, and the sixth upper inner side plate 16 and the sixth lower reinforcing piece of the container body are provided. The convex part between 46 has become a structure which meshes | engages. Of the cutting lines of the first inner side plate 211 to the sixth inner side plate 216, the steps provided on the cutting lines orthogonal to the boundary lines between the first folding margin 221 to the first folding margin 226 are assembled. Sometimes provided to strengthen the engagement between adjacent surfaces, the height is about 2 mm. The fold lines are all mountain folds.

Next, a method for assembling the spigot will be described. First outer side plate 201 and second outer side plate 202, second outer side plate 202 and third outer side plate 203, third outer side plate 203 and fourth outer side plate 204, fourth outer side plate 204 and first The surface (surface that becomes the outer surface of the hexagonal column after assembling) is convex between the fifth outer side plate 205, the fifth outer side plate 205 and the sixth outer side plate 206, and the sixth outer side plate 206 and the reinforcing plate 207. Fold it up so that Next, the second outer side plate 202 and the second reinforcing piece 232, the fourth outer side plate 204 and the fourth reinforcing piece 234, the sixth outer side plate 206 and the sixth reinforcing piece 236 are folded in a mountain. At this time, the convex portions of the lines between the second outer side plate 202 and the second reinforcing piece 232, the fourth outer side plate 204 and the fourth reinforcing piece 234, and the sixth outer side plate 206 and the sixth reinforcing piece 236 are: It will jump out of the hexagonal column because of the cutting line.

Next, a line between the first outer side plate 201 and the first folding margin 221 and a line between the first folding margin 221 and the first inner side plate 211, and then the third outer side plate 203 and the third folding margin. 223, a line between the third folding margin 223 and the third inner side plate 213, a line between the fifth outer side plate 205 and the fifth folding margin 225, and a fifth folding margin 225. The line between the fifth inner side surface plates 215 is folded and woven. In this state, it is sometimes inserted into the container body. At this time, the reinforcing plate 207 is positioned inside the first outer side plate 201 and between the first outer side plate 201 and the first inner side plate 211.

Next, a line between the second outer side plate 202 and the second folding edge 222, a line between the second folding margin 222 and the second inner side plate 212, and then a fourth outer side plate 204 and the fourth folding line. 224, a line between the fourth folding margin 224 and the fourth inner side plate 214, a line between the sixth outer side plate 206 and the sixth folding margin 226, and a sixth folding margin 226. The line between the sixth inner side plates 216 is fold-folded and woven. Thus, the container and the spigot are integrated. In addition, the convex part between the 2nd outer side surface plate 202 and the 2nd reinforcement piece 232 protrudes on the outer side of a spigot, for example, the convex part between the 2nd lower reinforcement piece 42 and the 2nd upper inner side plate 12 of a container main body. It will be in the form of being inserted into and firmly fixed. The same applies to other convex portions.

FIG. 5 shows the appearance after completion. Finish with a string as shown. The string covers the container lid through a hole 911 for passing the first string and a hole 912 for passing the second string, a hole 961 for passing the fifth string, a hole 941 for passing the third string, and a hole 942 for passing the fourth string. Hang to fix.
After the assembly is completed, an interval of about 5 mm is provided between the first upper folding margin 71 to the sixth upper folding margin 76 of the container body and the first folding margin 131 to the sixth folding margin 136 of the container lid. The inlay is visible from the outside. This is to provide design properties.

  The present invention can be used for funeral work for small animals such as pets and paper container manufacturing.

1001... Container main body development first outer side plate 1... First outer side plate 2... Second outer side plate 3. 4th outer side plate 5 ... 5th outer side plate 6 ... 6th outer side plate 7 ... Margin piece 11 ... First upper inner side plate 12 ... Second upper inner side plate 13 ... Third upper inner side plate 14 ... Fourth upper inner side plate 15 ... Fifth Upper inner side plate 16 ... sixth upper inner side plate 21 ... first lower inner side plate 22 ... second lower inner side plate 23 ... third lower inner side Side plate 24... Fourth lower inner side plate 25... Fifth lower inner side plate 26... Sixth lower inner side plate 31. ... Second lower bottom plate 33 ... Third lower bottom plate 35 ... Fifth lower bottom plate 36 ... Sixth lower bottom plate 41 ... First lower reinforcing piece 42... Second lower reinforcing piece 43... Third lower reinforcing piece 44... Fourth lower reinforcing piece 45. Sixth lower reinforcing piece 51... Upper bottom plate 61... First sealing reinforcing piece 62... Second sealing reinforcing piece 63. .... Fifth sealing reinforcing piece 66 ... Sixth sealing reinforcing piece 71 ... First upper folding margin 72 ... Second upper folding margin 73 ... Third upper folding Margin 74 ... Folding upper part 75 75 ... Folding upper part 76 ... Folding upper part 81 81Folding first lower part 82... Second lower bend 83.. Third lower bend 84. Fourth lower bend 85. Fifth lower bend 86. 6th lower bending margin 911... Hole 912 for passing the first string... Hole 941 for passing the second string... 942 for passing the third string. ··· Hole 1002 for passing the fifth string ··· Container lid development view 101 ··· First outer side plate 102 ··· Second outer side plate 103 · · · Third outer side plate 104 · · · ... 4th outer side plate 105 ...... 5th outer side plate 106 ...... 6th outer side plate 111 ...... first inner side plate 112 ...... second inner side plate 113 ... ... third inner side plate 114 ... fourth inner side plate 115 ... fifth inner side plate 116 ... Inner side plate 121 ... first inner reinforcing piece 122 ... second inner reinforcing piece 123 ... third inner reinforcing piece 124 ... fourth inner reinforcing piece 125 ... fifth Inner reinforcement piece 126 ··· Sixth inner reinforcement piece 131 ··· First folding margin 132 ··· Second folding margin 133 · · · Third folding margin 134 · · · Fourth folding margin 135 ... Fifth folding margin 136... Sixth folding margin 141... First inner side plate tongue cover 143. Inner side plate tongue piece shell 151... First inner side plate tongue piece side 153... Third inner side plate tongue piece side 155. First inner side plate insertion piece upper 163... Third inner side plate insertion piece upper 165. Face plate insertion piece upper 171... First inner side plate insertion piece B 173... Third inner side plate insertion piece B 175... Upper plate 1003 ... Inlay development 201 ··· First outer side plate 202 ··· Second outer side plate 203 ··· Third outer side plate 204 ··· Fourth outer side plate 205 ··· fifth outer side plate 206 ··· sixth outer side plate 207 ··· reinforcement plate 211 ··· first inner side plate 212 ··· second inner side plate 213 ··· Third inner side plate 214... Fourth inner side plate 215... Fifth inner side plate 216... Sixth inner side plate 221. 2nd bend 223 ... 3rd bend 224 ... 4th bend White 225 .... fifth folding white 226 ... bent sixth White 232 .... second intensity accessory piece 234 .... fourth intensity auxiliary piece 236 ... sixth strength auxiliary piece

Claims (3)

  A small animal such as a pet characterized by comprising a paper hexagonal column paper container and a paper hexagonal column container lid that is joined to the container body via a hexagonal column paper insert inserted therein. A container for storing the remains of the remains. The side surface of the container body is a double-layered outer side plate and upper inner side plate and outer side plate and lower inner side plate by folding, and the container bottom is a hexagonal shape located between the upper inner side plate and the lower inner side plate. It is a partial two-layer structure that combines the upper bottom plate and five triangular lower bottom plates. The inlay is a single-layer structure in which the portion that mates with the container lid is a two-layer structure, and the side of the container lid is folded back. The container for storing remains as described in claim 1, wherein the ceiling plate of the container lid is a single layer structure. The hexagonal columnar paper container main body, the hexagonal columnar paper spigot, and the paper hexagonal columnar container lid are each formed from a piece of paper collected from one piece of paper. A container for storing a remains of small animals such as pets described in 1.